Increased pressure in the ventricles means the heart has increased stress pumping blood to the respiratory system/ body.
the difference between the ventricles and the atria is that the ventricles are thicker
The Atria and Ventricles are parts of the heart not the blood. The Atria is the upper chambers of the heart and the Ventricles are the lower chambers of the heart.
When relaxation or diastole is occurring in the atria blood flows through the atria and the AV valves into the ventricles. When contraction or systole is occurring in the atria the remaining blood that doesn't flow through during relaxation is pushed into the ventricles. As the atria relax, the ventricles begin contracting; ventricular pressure rises, closing the AV valves. Ventricular pressure continues rising until it exceeds the pressure in the large arteries stemming from the ventricles. The SL valves are forced open and blood is expelled from the ventricles into the aorta and pulmonary trunk. During this phase the ventricles relax because the blood is no longer compressed in their chambers. Blood expelled into the aorta and pulmonary trunk backflows toward the heart, which then closes the SL valves. During the ventricle contraction the atria stays in relaxation, filling with blood and when blood pressure on the atrial side of the AV valves exceeds that in the ventricles, the AV valves are forced open and ventricular filling begin all over again.
the different types of ventricles are the left ventricle and the right ventricle.
The atrioventricular node and the bundle of HIS are the electrical conduction link between the atria and the ventricles.
no its the other way round
When relaxed, the atria expand, and then the ventricles contract.
Yes, atria contracts before the ventricles.
the difference between the ventricles and the atria is that the ventricles are thicker
High pressure within the ventricles (during ventricular contraction) closes the atrioventricular valves and prevents the backflow of blood into the atria. Low pressure within the ventricles (during ventricular relaxation) allows the atrioventricular valves to open, allowing blood to flow from the atria into the ventricles.
ventricles
The Atria and Ventricles are parts of the heart not the blood. The Atria is the upper chambers of the heart and the Ventricles are the lower chambers of the heart.
Blood flows into the relaxed atria while the ventricles contract. <rephrased> The ventricles contract, carrying blood into the aorta, and blood flows into the relaxed atria.
When relaxation or diastole is occurring in the atria blood flows through the atria and the AV valves into the ventricles. When contraction or systole is occurring in the atria the remaining blood that doesn't flow through during relaxation is pushed into the ventricles. As the atria relax, the ventricles begin contracting; ventricular pressure rises, closing the AV valves. Ventricular pressure continues rising until it exceeds the pressure in the large arteries stemming from the ventricles. The SL valves are forced open and blood is expelled from the ventricles into the aorta and pulmonary trunk. During this phase the ventricles relax because the blood is no longer compressed in their chambers. Blood expelled into the aorta and pulmonary trunk backflows toward the heart, which then closes the SL valves. During the ventricle contraction the atria stays in relaxation, filling with blood and when blood pressure on the atrial side of the AV valves exceeds that in the ventricles, the AV valves are forced open and ventricular filling begin all over again.
atria are just the receiving chambers, it is the ventricles that actually pump the blood into the pulmonary and systemic circuits
There are no valves between the atria. The valves between the atria and ventricles close when the ventricles contract.
I believe this would be your heart because that is the only time ventricles and atria are brought up.